293D335X0020A2TE3

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Tantalum capacitors are a type of electrolytic capacitor, characterized by their excellent volumetric efficiency, their long life and their low Equivalent Series Resistance (ESR). The name tantalum is derived from the black oxide of tantalum (Ta2O5), the chemical species which forms the anodic side of the electric double layer. 293D335X0020A2TE3 is a tantalum capacitor with specific features of high reliability and an extended temperature range.

293D335X0020A2TE3 belongs to the molded-chip type of capacitors, where the anode is a sintered form of tantalum powder and the cathode system is based on a manganese dioxide electrolyte. This type of capacitor uses a comparatively large amount of MnO2 material deposited on the outside of its tantalum anode, making it less expensive than other types. It can withstand higher surge voltages and has reduced thickness, size and weight.

293D335X0020A2TE3 application field comprises circuits with voltage levels between 4.1 and 25 volts and capacitance values between 1.0 and 22µF. Its working principle involves the storage of a fixed charge between two electrodes in the form of an electrochemical reaction. This creates an electric field across the capacitor\'s dielectric material, with the presence of the radical ions and electrons from the electrolyte providing the energy which enables the capacitor to store and release a large amount of energy.

293D335X0020A2TE3 is a reliable, compact and cost-effective capacitor, ideal for applications such as power supplies for computers, medical electronics, LED/LCD displays, automotive, telecommunication, business and industrial machines. This type of capacitor also has very low ESR, allowing it to provide very consistent performance over a wide temperature range.

In summary, the 293D335X0020A2TE3 is an exemplary type of tantalum capacitor offering excellent features like a long life, high reliability, reduced size and extended temperature range. It is suitable for a wide range of applications and is more cost-effective than other alternatives. Thanks to its low ESR, it can provide consistent performance over a wide temperature range.

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